From Our Blogs

UC San Diego develops computer model to aid understanding of how viruses travel through the air.

Researchers are working to commercialize technology that makes it possible for the first time to manufacture tiny quantum devices on a large scale.

Model shows COVID-19 will be endemic, sticking around like the flu and the common cold.

Wright Lab’s Relativistic Heavy Ion Group has used the extended 3-year shutdown of the LHC to contribute to the upgrade of one of the detectors.

Jesse Thaler develops new ways to analyze and interpret particle collision data, with the goal of advancing our knowledge of fundamental physics.

Collaborators manipulated surface structure & composition at the atomic scale to achieve a highly efficient catalytic process for producing hydrogen.

A new method to measure spin waves brings us one step closer to spin superfluidity.

The findings can help in the development of more resilient plants that are able to withstand nutrient-poor conditions.

Dartmouth research predicts the existence of a previously unimaginable particle.

PhD student Connor Bray will be utilizing the lab’s resources in support of his doctoral thesis.